Mercedes Mullins
Methanol, also known as methyl alcohol, is a chemical compound with the formula CH3OH. It is a colourless, flammable, poisonous liquid with a distinctive odour. Methanol is used as an antifreeze, solvent, fuel, and as a denaturant for ethyl alcohol. In the energy sector, methanol is used as a gasoline additive to raise the octane number. It also has applications in racing fuels and in some flexible-fuel vehicles. The cost of methanol fuel is influenced by factors such as feedstock costs (natural gas, coal), demand from chemical industries, and fuel applications. While methanol has historically been known for its low cost, the current market dynamics and the push for renewable alternatives impact the pricing landscape.
| Characteristics | Values |
|---|---|
| Cost | Methanol is a low-cost fuel. In 2021, methanol was estimated to cost less than Rs 25 per litre in India, compared to Rs 60 per litre for ethanol. |
| Demand | Forecasts anticipate methanol demand to grow by up to 3 million tonnes over 2024 levels. |
| Supply | Methanol capacity continues to expand, with recent growth exceeding demand growth, leading to temporary oversupply in some regions. |
| Price Influencers | Feedstock costs (natural gas, coal), demand from chemical industries, and fuel applications. |
| Availability | Methanol is available as fossil-methanol, which is produced using gas and coal, and green-methanol, which is produced through negative-carbon resources such as biomass. Green-methanol is nearly twice the price of bunker fuel and has limited availability. |
| Retrofit Costs | Retrofitting an oil barge to methanol can cost approximately $1.6 million. |
| Emissions | Methanol reduces exhaust emissions of certain toxins and reduces long-term groundwater pollution caused by fuel spills. However, fossil-methanol increases total GHG emissions and the production process. |
| Safety | Methanol is far more difficult to ignite than gasoline and burns about 60% slower, resulting in a less dangerous fire that is easier to contain. Water is an acceptable and preferred fire suppressant for methanol fires. |
| Transportation and Storage | The transportation and storage of methanol use inexpensive technology. Methanol is shipped overseas in specially built tankers with capacities of up to 40,000 tonnes. |
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What You'll Learn
Methanol demand and supply
The demand and supply of methanol have been witnessing notable shifts in various parts of the world. In February 2025, methanol prices in China experienced a significant decline due to rising stockpiles and weak demand from downstream industries. This was further exacerbated by the temporary shutdowns of key methanol-to-olefin (MTO) plants, leading to reduced consumption. On the other hand, Southeast Asian countries like Malaysia and Indonesia have reported steady demand from their petrochemical sectors, particularly for methanol used in producing formaldehyde and other chemicals. This has resulted in upward trends in methanol prices in the region, driven by tightening supply and limited availability.
The Indian methanol market has also been growing, with a forecasted compound annual growth rate (CAGR) of 7.19% until 2030. This growth is attributed to the large-scale consumption of methanol in the production of formaldehyde, which is widely required in the flexible packaging sector. Additionally, the rising requirement for methanol in niche pharmaceutical applications is expected to further drive demand in India.
Methanol has historically been considered for use as a motor fuel, particularly during the oil crises of the 1970s due to its availability and low cost. It is still used as a fuel source in various racing circuits, including open-wheel racing, dirt circle track racing, and drag racing. However, one of the drawbacks of methanol as a fuel is its corrosivity to certain metals, including aluminium.
As the shipping industry moves towards decarbonisation, methanol is gaining traction as a fuel source. However, there are concerns that methanol supply may struggle to keep up with the increasing demand from the shipping industry. High costs and supply shortfalls could slow the adoption of methanol as a shipping fuel. Therefore, the industry faces mounting pressure to scale up production and secure long-term investment to make methanol a viable solution.
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Cost-effectiveness of methanol vs ethanol
The cost-effectiveness of methanol and ethanol as fuels depends on various factors, including availability, production costs, energy efficiency, and environmental impact.
Methanol, also known as methyl alcohol, is a simple alcohol with a low energy content per unit volume compared to gasoline and ethanol. It is produced from various feedstocks, such as natural gas, coal, and wood, through the fermentation of sugars and starches found in crops like corn and wheat. One of the advantages of methanol is its availability and low cost, which gained attention during the oil crises of the 1970s. It has a high-octane rating, making it suitable for racing fuels and internal combustion engines. However, methanol is toxic to humans and can be harmful if ingested or inhaled. Additionally, it is corrosive to some metals, including aluminum.
Ethanol, or ethyl alcohol, is a primary alcohol widely used in beverages, biofuels, and pharmaceuticals. It is derived from renewable sources like corn, sugarcane, and other agricultural feedstocks. Ethanol burns cleaner than fossil fuels, producing fewer airborne pollutants such as carbon monoxide and sulphur dioxide. It is also safer to handle than methanol, as it is not as corrosive or toxic.
The conversion of methanol into ethanol involves a chemical process known as catalytic hydrogenation, which can be optimized to make ethanol production more sustainable and cost-effective, especially in regions with abundant natural gas resources but scarce agricultural feedstocks.
In terms of combustion performance, ethanol has been shown to have a more significant effect on improving the combustion of gasoline blends than methanol. Ethanol can rapidly ignite gasoline and exhibits superior performance in terms of fuel combustion, stability, and pollutant discharge.
Overall, while methanol has advantages in terms of simplicity, versatility, and cost, ethanol may offer a more sustainable, environmentally friendly, and efficient option, particularly when derived from bio-sources. The choice between methanol and ethanol depends on specific use cases, availability, and an organization's sustainability goals.
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Methanol fuel applications
Methanol, also known as methyl alcohol, wood alcohol, carbinol, wood naphtha, or wood spirits, is a highly versatile chemical widely used for industrial purposes and is prevalent in our everyday lives. Its efficiency as an energy carrier has made it a common fuel resource in the power generation industry.
Methanol is used as a fuel in fuel cells, typically Reformed Methanol Fuel Cells (RMFC) or Direct Methanol Fuel Cells (DMFC). These fuel cells are used in mobile and stationary applications such as backup power generation, power plant generation, emergency power supply, auxiliary power units, and battery range extension for electric vehicles and ships. Methanol can also be used to fuel internal combustion engines, although currently on a limited basis. Methanol blends are the fuel of choice in open-wheel racing circuits, dirt circle track racing cars, drag racing, and mud racing. During World War II, methanol was used as a fuel in several German military rocket designs.
Methanol is also used as an antifreeze agent, a solvent, and a denaturant for ethyl alcohol. Additionally, methanol and its derivative products are used as base materials in various industries, including the production of acrylic plastic, synthetic fabrics, adhesives, paint, plywood, pharmaceuticals, and agrichemicals.
The versatility, safety, reliability, and environmental attributes of methanol make it a promising resource for a new era of clean energy.
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Methanol feedstock costs
The cost of methanol feedstock varies depending on the type of methanol being produced. The global methanol market is 113 million tons, with China accounting for two-thirds of global methanol demand and half of its supply, most of which is produced from coal. China's rapid expansion of its methanol industry in the last 20 years has been driven by investments in methanol-to-olefins technology and a strategic focus on diversifying its raw materials.
Blue methanol, which uses the same feedstock and process as conventional methanol but incorporates carbon capture, costs around USD 230 per tonne. This option allows operating facilities to reduce their carbon intensity by approximately 40%.
Biomethanol, which uses a non-fossil carbon source (biomass or biogas) and retains the syngas intermediate process, has an overall cost of approximately USD 600 per tonne. While biomass is more expensive than natural gas, reforming biogas is slightly less costly, at around USD 450 per tonne.
E-methanol, which utilizes captured CO2 and green hydrogen, is the most expensive option, with a current cost of nearly USD 1,000 per tonne. This high cost is due to the significant amount of hydrogen required to produce e-methanol, and the optimistic USD 4/kg cost of green hydrogen.
It is worth noting that methanol prices fluctuate with changes in supply and demand and are influenced by factors such as natural gas prices, coal prices, and the economics of naphtha cracking. Additionally, the cost of feedstock can be impacted by regional supply limitations and the need for specialized equipment, such as large gasifiers for biomass feedstock.
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Methanol shipping costs
The shipping costs of methanol are influenced by various factors, including the mode of transportation, distance, and the economics of the hydrogen-producing country.
When compared to other energy carriers such as LNG, liquid ammonia, and liquid hydrogen, methanol exhibits competitive shipping costs. For instance, the transportation cost of methanol is estimated to be $0.68 per GJ, significantly lower than that of LNG at $1.68 per GJ when considering the social cost of carbon. Methanol and dimethyl ether (DME) have 10% and 25% lower transportation costs than LNG, making them more economical for the same ship capacity.
A study by Al-Breiki and Bicer (2020) compared the shipping costs of various energy carriers, including methanol, between Qatar and Japan. Their findings revealed a cost of $0.68 per GJ for methanol, reinforcing its cost-effectiveness in transportation.
The import costs of methanol are influenced by hydrogen and carbon dioxide expenses. With predicted hydrogen production costs of €1.35-2 per kg, methanol can be imported for €370-600 per tonne if renewable carbon dioxide is available at costs of €100 per tonne or lower. Within a carbon dioxide price range of €30-100 per tonne, methanol and hydrogen exhibit comparable energy-specific import costs of €18-30 per GJ.
Additionally, methanol has the lowest hydrogen shipping cost among all hydrogen forms or carriers, as indicated in a study evaluating potential international routes. This underscores methanol's cost-efficiency in hydrogen distribution across countries.
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Frequently asked questions
The price of methanol fuel is influenced by feedstock costs, demand from chemical industries, and increasingly by fuel applications. In 2023, the price of green methanol was nearly twice that of bunker fuel. In 2021, methanol fuel was estimated to cost less than Rs 25 per litre in India, while ethanol cost Rs 60 per litre.
The cost of methanol fuel is influenced by the price of its feedstock, such as natural gas and coal. The technology used for its production, transportation, and storage is generally inexpensive.
Methanol fuel can help reduce costs by lowering exhaust emissions of certain toxins and decreasing long-term groundwater pollution caused by fuel spills.
Methanol is cheaper than gasoline. During the oil crises of the 1970s, methanol gained attention as a low-cost alternative to gasoline.
